Hail Damage - Orlando

SkewT -

Thermodynamic plots of the atmospheric column

These plots show the atmospheric temperature and pressure as measured by a weather balloon. Many thermodynamic parameters can be derived from these plots that can indicate potential severe weather risks. The launch site network is fairly spread out and deployed from or near airports to aid in air traffic. These plots show conducive conditions for thunderstorm development through the day, especially given this was summer in CFL.

NHI - Hail Index

The hail index takes into many components of the atmosphere and storm from both radar data and local stations. This identifies storms with an alphanumeric id and the probability and size of any potential hail with in thunderstorms. Again this shows the rapidly intensifying storm approaching from the east with 100% probability of hail at 1.5-2.25” diameter hail around 2134.

EET - Echo Tops

Echo tops are the maximum heights of the particles in the thunderstorms. The higher the echo tops, the colder the atmosphere, and typically more intense with high likelihood of hail, especially during rapid ascent. These plots show the thunderstorm rapidly building up into the atmosphere, peaking over the area of damages in question. Peak altitude was 59Kft at 2134UTC

NCZ - Composite Reflectivity

Composite reflect from the Melbourne radar 7 August 2012 beginning 5PM. Shows intense storm developing on its approach to the Orlando area and over the property in question. A, B, and C are the locations of NWS confirmed storm reports. Shows peak intensity @ 64dBZ over the area 2135-2139UTC (5PM), remaining intense during its departure.